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Studies and Reports

 
NEW STUDY SHOWS WOOD CUTTING BOARDS,
NOT PLASTIC, ARE SAFER FOR FOOD PREPARATION
 
Despite the prevailing wisdom, bacteria die much more quickly on wood.
For decades now, cooks in homes and restaurants have been urged to use plastic rather than wood cutting boards in the
name of food safety.
 
The fear is that disease causing bacteria – salmonella from raw chicken, for example – will soak into a cutting board
and later contaminate other foods cut on the same surface and served uncooked, such as salad ingredients. It’s become an
article of faith among “experts” that plastic cutting boards are safer than wood for food preparation because, as the thinking
goes, plastic is less hospitable to bacteria.
It seems reasonable, but it just ain’t so, according to two scientists at the University of Wisconsin-Madison’s Food
Research Institute.
 
Dean O. Cliver and Nese O. Ak, food microbiologists in the College of Agriculture and Life Sciences, have found that
in some as yet unknown way wooden cutting boards kill bacteria that survive well on plastic boards.
“This flies in the face of prevailing wisdom”, says Cliver, “It isn’t what I expected. Our original objectives were to
learn about bacterial contamination of wood cutting boards to find a way to decontaminate the wood so it would be almost as
safe as plastic. That’s not what happened.”
 
Cliver is quick to point out that cooks should continue to be careful when they handle foods and wash off cutting
surfaces after they cut meat or chicken that may be contaminated with bacteria.
“Wood may be preferable in that small lapses in sanitary practices are not as dangerous on wood as on plastic,” he
says. “This doesn’t mean you can be sloppy about safety. It means you can use a wood cutting board if that is the kind you
prefer. It certainly isn’t less safe than plastic and appears to be more safe.”
Cliver and Ak began by purposely contaminating wood and plastic boards with bacteria and then trying to recover
those bacteria alive from the boards. They also tested boards made from several different species of trees and four types of
plastic. They incubated contaminated boards overnight at refrigerator and room temperatures and at high and typical humidity
levels. They tested several bacteria – Salmonella, Listeria and enterohemorrhagic Escherichiacoli– known to produce foodpoisoning.
 
The results consistently favored the wooden boards, often by a large margin over plastic boards, according to Cliver.
The scientists found that three minutes after contaminating a board that 99.9 percent of the bacteria on wooden boards had
died, while none of the bacteria died on plastic. Bacterial numbers actually increased on plastic cutting boards held overnight at room temperature, but the scientists could not recover any bacteria from wooden boards treated the same way.
 
So where did we get the idea that wood isn’t safe? Cliver and Ak don’t know. They did a literature search and have
not found any studies that evaluated the food safety attributes of wood and plastic cutting boards.
Although Ak, a graduate student at the Food Research Institute, will soon return to Turkey, Cliver hopes to continue
the studies. A major question now, he says, is why wood is so inhospitable to bacteria. He and Ak have tried unsuccessfully to
recover a compound in wood that inhibits bacteria.
 
The first year of the study was funded by the Food Research Institute with unrestricted food industry gift funds; other
funding sources are now being sought. Cliver and Ak will soon submit an article based on the research to a referred scientific
journal.
 
 
 
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Manufactoring Process 

Pattern drawing
Calculation of dimensions and choice of materials to be used
Cutting and assembly scheme of the part

Preparation
Wood Selection
Accessories to use

Production Process 1
Trim the woods
Cut the wood into slats for the planned dimensions
Glue the slats lengthwise
24h drying
To assemble the slatted block
Cut the block into transverse slats
Glue the transverse slats forming the intended boss
24h drying
To match the block to the planned dimensions

Production Process 2
Polishing the block with sanding sequence grit: 80,100,150,240
Impregnate the block with mineral oil by submerging 5min
24h drying
Packing
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About us

LUSOCRAFT WOOD is a Portuguese company located in the Montijo county, whose main activity is the manufacture of wooden decoration articles, ferrous and non-ferrous metals, among many others. It intends to give dynamism in Portugal, the handmade concept, using end grain manufacturing techniques, very much in vogue in the United States.

In the launch phase of the brand, the bet focuses on the segment of cutting boards, where the standard can be linear, 3D or customized. Design and creativity is a dynamic process in which

Constant transformation, which together with the usefulness of the product can obtain small works

Of functional art, adding to the surrounding space another glamor.

The noble and exotic woods used for the manufacture of our products are of high quality, which are carefully selected according to their hardness, toughness, color, shaft and durability. The adhesives used are certified by the U.S. FDA-Food and Drug Administration, which gives the consumer an added value in the value proposition.

 

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